1) attracting rate
吸引率
1.
Studying the orbits of the M J set and their chaotic characters in different periods,it was discovered five numbers which were essentially related to the fractal dimension of the M J set: period of the orbit, attracting rate of the orbit, coordinate variance of the orbit, quasi Lyapunov exponent of the orbit and focus of the orbit.
在对ＭＪ集对应的不同周期轨道的各种混沌特征分析的基础上，研究发现与ＭＪ集的分维分布密切相关的５个主要因数：轨道周期数、吸引率、拟李雅普诺夫指数、协方差和重心，利用计算机对ＭＪ集整体分维分布的性质进行了研究，运用概率统计方法给出了其上的分维分布谱密度函数，通过统计分析说明谱密度函数的可靠性
2) method of classification attracting rate
类别吸引率法
1.
Based on the principles of trip equilibrium, the method of classification attracting rate is raised to identify the study area of traffic impact analysis.
阐述了交通影响分析中研究范围和影响范围的概念及区别,根据出行吸引平衡原理,提出确定交通影响分析研究范围的类别吸引率法及确定研究范围和影响范围的步骤,并结合成都市实际案例对类别吸引率法加以说明。
3) attracting ratio of the activity opportunity establishment
活动场所吸引率
4) absorptivity of an absorbing
吸引材料的吸收率
5) attract
[英][ə'trækt] [美][ə'trækt]
吸引
1.
Setting up attracting and encouraging system for the talented improving creating technology ability in enterprises;
建立人才吸引激励机制 提高企业技术创新能力
2.
Research on appraising managerial ability to attract and retain talents;
企业吸引和保留优秀人才的管理能力评价研究
3.
A Concise Study of the Policy on Attracting Northern Minorities to Settle in East Liao in the Early Period of Ming Dynasty;
明初辽东吸引少数民族南下定居政策述略
6) attractivity
吸引
1.
A prior bounds and the attractivity of solutions are considered in detail for the nonlinear Volterra reaction-diffusion systems with infinite delay.
详细讨论了具有无穷时滞的非线性Volterra反应扩散系统解的先验界与吸引性,运用上下解方法和单调迭代方法,得到了在某些假定下当t→∞时解趋于先验界及在某些特殊情况下t→∞时解趋于正常数的充分条件。
2.
In chapter 1, I mainly diacussI gain the asymptotic behavior of solution of this different equation when has different range: when 1 < a < 2 ,we gain the sufficent condition of attractivity of different equation s solution, and when a = ∞,we gain gain the sufficent condition of asymptotic stability of different equation s solution.
给出了 sun from n=o to ∞ a_n=a在不同取值范围内此差分方程解的渐近性态:当1<α<2时,得到此差分方程解吸引的充分条件,以及当α=∞时,得到了此差分方程解渐近稳定的充分条件。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条